Abstract: The rack is formed by spaced apart upper and lower rack members with a plurality of spaced apart slots formed in the upper member from a front edge and a plurality of spaced apart apertures formed in the lower member with each aperture aligned with a portion of an associated slot. Each slot has an entrance leading to a neck which extends to a bend. The bend leads to a closed end spaced inward from the upper member edge and which is located laterally from the entrance with the distance between the upper member front edge and the closed end being less that the distance between the upper member front edge and the bend. An elastic cord extends across the neck of each slot inward from and parallel to the edge of the upper member at about the position of the closed ends of the slots.

Abstract: The rack is formed by spaced apart upper and lower rack members with a plurality of spaced apart slots formed in the upper member from a front edge and a plurality of spaced apart apertures formed in the lower member with each aperture aligned with a portion of an associated slot. Each slot has an entrance leading to a neck which extends to a bend. The bend leads to a closed end spaced inward from the upper member edge and which is located laterally from the entrance with the distance between the upper member front edge and the closed end being less that the distance between the upper member front edge and the bend. An elastic cord extends across the neck of each slot inward from and parallel to the edge of the upper member at about the position of the closed ends of the slots.

Abstract: A compound bow (20) with a moment transfer pulley system (28) for reducing the holding force at the maximum bowstring draw position and for attaining and maintaining a high amount of stored energy. The moment transfer pulley system includes a pulley assembly (38) having a primary axle hole (76) and a primary axle (44) upon which the pulley assembly rotates. A secondary axle (64) is mounted to the pulley assembly. Mounted on the bow limb tip (24) on opposite sides of the pulley assembly are two moment transfer cams (52 and 54). These transfer cams are held in fixed relationship to the limb 24. The transfer cams include a notch (78) for receiving the secondary axle (64). As the bow reaches the full draw position the secondary axle (64) is received into the notches (78).